Nanotubes can act as a collector in the desert

Nanotubes can act as a collector in the desert

Water is always a shortage of supplies, especially in arid desert climates. Since we need water to survive, no one wants to get lost in the desert without drinking water. But what if we can develop a device that collects water from the dry air for you to drink? A research team at Rice University in the United States has found a way to solve this problem: Use specially designed carbon nanotubes to collect moisture.

Rice University researchers have developed a new type of nanotube water collection device that can extract moisture from dry air for people to drink.

Rice University researchers found that special carbon nanotubes can collect moisture from dry air for people to drink.

Water is always a shortage of supplies, especially in arid desert climates. Since we need water to survive, no one wants to get lost in the desert without drinking water. But what if we can develop a device that collects water from the dry air for you to drink? A research team at Rice University in the United States has found a way to solve this problem: Use specially designed carbon nanotubes to collect moisture.

Carbon nanotubes are very easy to obtain tiny structures, and we also understand how to make and use them. They have many amazing uses: Including the body's X-ray examination and enhance the battery life of mobile phones. Rice University researchers found that if they were made in a particular way, they would be able to collect and store moisture in areas that lacked water, such as deserts.

The researchers’ study came from the Beetle inspiration. In the desert, the Mud Beetle uses its wings to capture water molecules from the morning fog. They use this method to collect drinking water and survive in the desert environment. Rice's research team decided to create a large number of carbon nanotubes to achieve the same function. The top of this carbon nanotube device collects moisture from the air, while the bottom of the device evaporates. This combination will collect water in each nanotube tube for us to extract, and best of all, this process does not require any energy.

Consider what areas of the world lacked moisture. What if we could set a large carbon nanotube forest to collect water from the air? Of course, because the carbon nanotubes are too small, we need many carbon nanotubes and we need to do a lot of work to realize this dream. However, we may be able to create a cluster of carbon nanotubes in a cup to collect the water, perhaps this is what those brave risk-takers who enter the desert alone need.

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